Interannual and spatial variability of net ecosystem production in forests explained by an integrated physiological indicator in summer

Interannual and spatial variability of net ecosystem production in forests explained by an integrated physiological indicator in summer

Understanding the feedback of ecosystem carbon uptake on climate change at temporal and spatial scales is crucial for developing ecosystem models. Previous studies have focused on the role of spring and autumn phenology in regulating carbon sequestration in forest stands, but few on the impact of ph...

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Bibliographic Details
Main Authors: Altaf Arain, M. (Author), Andrew Black, T. (Author), Govind, A. (Author), Gu, C. (Author), Hörtnagl, L. (Author), Jassal, R.S (Author), Liu, L. (Author), Liu, Y. (Author), Montagnani, L. (Author), Moyano, F. (Author), Varlagin, A. (Author), Wu, C. (Author)
Format: Article
Language:English
Published: Elsevier B.V. 2021
Subjects:
annual variation
Broadleaf forest
Carbon
carbon cycle
carbon sequestration
Carbon sequestration
Carbon uptake
climate change
Climate change
Climate models
Ecosystem model
Ecosystems
Europe
Flux
Fluxes
Forest
forest ecosystem
Forest ecosystem
Forest sites
Forestry
Indicator indicator
Interannual variability
mixed forest
net ecosystem production
Net ecosystem production
North America
Phenology
Physiology
Soil moisture
soil water
Spatial variability
spatial variation
spatiotemporal analysis
summer
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